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银杏聚戊烯醇同系物的提取及其HPTLC法的初步分析
引用本文:杨小明,谢吉民,陈钧. 银杏聚戊烯醇同系物的提取及其HPTLC法的初步分析[J]. 江苏大学学报(医学版), 2000, 0(4)
作者姓名:杨小明  谢吉民  陈钧
作者单位:镇江医学院无机化学教研室!江苏镇江212001(杨小明,谢吉民),江苏理工大学生物与环境工程学院!江苏镇江212003(陈钧)
基金项目:国家自然基金!资助项目 (编号SG990 38)
摘    要:目的 :确定银杏聚戊烯醇各同系物的链长。方法 :从银杏叶的石油醚提取物中分离获得了纯度较高的聚戊烯醇同系物的混合物。进而利用反相高效薄层色谱 ,以丙酮为展开剂 ,碘蒸气显色后呈显五个斑点。结果 :经与标准品对照 ,可确定为聚戊烯醇 16~聚戊烯醇 2 0五个单体。结论 :用HPTLC能快速、简便地确定各同系物链长 ,较HPLC方法费用低廉。

关 键 词:银杏叶  聚戊烯醇  多萜醇  HPTLC

Extraction of Polyprenol Homologues from Ginkgo Biloba Leaves and Analysis of the Homologues with HPTLC
YANG Xiao ming,XIE Ji min,CHEN Jun. Extraction of Polyprenol Homologues from Ginkgo Biloba Leaves and Analysis of the Homologues with HPTLC[J]. Journal of Jiangsu University Medicine Edition, 2000, 0(4)
Authors:YANG Xiao ming  XIE Ji min  CHEN Jun
Affiliation:Dept of Inorganic Chemistry of Zhenjiang Medical College 212001
Abstract:Objective: To determine the chain length of polyprenol homologues from Ginkgo biloba leaves. Method: Poly prenol homologues of high purity are separated from the petroleum ether extract of Ginkgo biloba leaves. This polyprenol homologues are analysed with RP HPTLC, using acetone as developing solvent and staining them with iodine vapours. Result: Compared with the polyprenols standard, they can be the polyprenol 15 to polyprenol 21. Conclusion: The chain length of polyprenol homologues can be determined easily with HPTLC. Comparing with HPLC, method of HPTLC costs lower.
Keywords:Ginkgo biloba  polyprenols  dolichols  HPTLC
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